Efficient order fulfillment is essential for high-performance distribution operations. ISD provides a wide range of automated fulfillment technologies designed to streamline picking, improve order accuracy, and reduce labor costs. Whether fulfilling ecommerce orders, retail replenishment, or mixed-SKU shipments, ISD helps you optimize your order flow. Properly integrated order fulfillment automation provides an opportunity to achieve:
ISD has experience integrating a variety of technologies to improve order fulfillment processes. Our OptimalOps-Process ensures that we identify areas of concern, evaluate the options with you, and integrate the best fit for your organization.
A-Frame automatically dispenses high-velocity items into order totes, a belt, or cases at high speed up to 4200 orders per hour. It reduces labor requirements. Operations often use it for high-volume, packaged goods.
A-Frame – Portable provides high-speed dispensing in a mobile, modular unit up to 3600 orders per hour into totes, cases, or a belt. It enables flexible deployment for seasonal peaks or changing layouts. Warehouses use it in dynamic environments with shifting demand.
AMR Order Fulfillment uses autonomous mobile robots to transport picked goods to pack stations. It minimizes travel time and boosts order efficiency. Fulfillment centers use it for scalable, goods-to-person picking strategies.
Case Picking involves selecting full cases from storage and moving them to shipping or consolidation. It supports bulk and retail replenishment. Distribution centers use it to prepare store-ready shipments.
Flow Rack uses gravity-fed lanes to stage inventory for efficient first-in, first-out picking. It improves visibility and reduces picker travel time. Warehouses use it in pick modules and forward-pick areas.
Goods-to-Person ASRS automatically brings stored goods to workers via robotic systems. It reduces labor and increases accuracy. High-density warehouses use it to optimize space and boost productivity.
Pick Modules combine multiple picking technologies into multi-level structures. They consolidate and organize picking for greater speed. Operations use them to support high-order volumes in compact spaces.
Pick to Voice delivers picking instructions through headsets, freeing hands and eyes. It boosts productivity and reduces training time. Operations use it for fast, accurate, high-volume picking.
Pick to Light guides workers with lights and displays at storage locations. It increases accuracy and picking speed. Warehouses use it for high-SKU, high-velocity picking zones.
Put to Light uses visual signals to direct workers where to place picked items for specific orders. It simplifies put-away and order sorting. Fulfillment teams use it to break bulk picks into individual orders quickly.
Putwalls – Manual allows workers to sort picked items into discrete order slots on shelving racks. It supports efficient order consolidation. Warehouses use them to streamline orders with multiple SKUs.
Putwalls – Automated Systems utilize high-speed sortation technology with mechanical diverters and conveyor networks to automatically direct items into designated compartments or slots, eliminating manual sorting labor while dramatically improving order accuracy and fulfillment speed. This technology enables precise, real-time sortation of thousands of items per hour into organized picking zones or shipping containers, making it essential for high-volume distribution centers and e-commerce operations requiring rapid, error-free order consolidation and batch picking processes.
RF Picking uses handheld scanners or terminals for real-time inventory and order tracking. It improves visibility and accuracy. Warehouses use it for mobile picking, putaway, and cycle counting.
Ready to find your solution? As a systems integrator, ISD continuously looks for leading technologies in both material handling and information systems paired with proven operational strategies. Our solutions range from simple to highly automated, earning us the
trust and business of clients spanning decades.
